Infopaket

Laboratory course in electricity and magnetism

ОК 29.

Обов’язкова дисципліна для ОП

First

2023/2024

3 Semester

3

Knowledge of the fundamental laws of electromagnetic phenomena and their important practical applications, safety rules for experimental research, methods of measurement. Having an idea of the relationship between individual phenomena and processes, the limitations of the measurement methods used, the accuracy of the results, and possible sources of errors. Ability to present and analyze experimental results, work with simple experimental equipment, evaluate measurement errors, process and explain the results, evaluate the order of the studied quantities, their accuracy and degree of reliability, calculate measurement errors and formulate conclusions, work independently with educational, methodical and reference literature on the course of electricity and magnetism

Full-time form

Knowledge of the definitions of the basic physical quantities introduced in the course of electricity and magnetism, the fundamental laws of electromagnetic phenomena and important applied aspects. Ability to formulate the basic principles and laws of electricity and magnetism, explain their physical content, independently perform laboratory work on the course of electricity and magnetism, process and explain the results, calculate measurement errors and formulate conclusions, work independently with educational and reference literature on electricity and magnetism. Skills of working with measuring devices, searching and analyzing the reference data, working with software for data processing, working in groups.

Rheostat and voltage divider. Compensation method in electrical measurements. Dependence of resistance of metals and semiconductors on temperature. Study of electrostatic fields. Processes in an alternating current circuit. Voltage drop on reactive resistance. Relaxation oscillations in a neon lamp circuit. Study of the work of the mirror galvanometer. Measurement of magnetic field strength along the solenoid axis by induction method. The phenomenon of hysteresis in ferromagnetic. Determination of the concentration of charge carriers in semiconductors by the Hall effect. Two-wire line. Peltier effect. Expansion of the scale of the microammeter and voltmeter. Study of the p-n junction.

1. Electricity and magnetism. Laboratory course / V.M. Kravchenko, V.Yu. Kudrya, Yu.O. Myagchenko, V.M. Yashchuk. - 2019. 2. Gumenyuk A.F. Electricity and magnetism. - 2008. 3. Sivukhin D.V. General course of physics: T. III. Electricity. - 2004. 4. Saveliev I.V. Course of general physics: T. 2. Electricity and magnetism. Waves. Optics. - 1988. 5. Saveliev I.V. General physics course: Vol. 3. Quantum optics. Atomic physics. Solid-state physics. Physics of the atomic nucleus and elementary particles. - 1987. 6. Kalashnikov S.G. Electricity. - 2003. 7. Borbat O.M. et al. Laboratory course in electricity. - 1964. 8. Laboratory course in physics: Electricity and optics / Ed. by V.I. Iveronova. - 1968. 9. Kozlov V.I. Laboratory course in general physics. Electricity and magnetism. - 1987. 10. Bletskan D.I., Gorvat A.A., Kabatsiy V.M. Electrical measurements. - 2008. 11. Aluker Sh.M. Electrical measuring instruments. - 1976.

Laboratory works, student's independent work

Conduction of laboratory works the preparation of written reports and oral answers. Forms of student assessment: semester assessment - assessment of the level of performance of laboratory work, preparation, and submission of written reports. The student can obtain a maximum of 10 points for each laboratory work (maximum 100 points for 10 works); final grade - grade for the test (defined as the sum of points received by the student during the semester). Admission requirement: during the semester the student must score at least 60 points for the performance, design and delivery of laboratory works.

Ukrainian